Fractional Brownian motion in Brownian time Z may serve as a model for the motion of a single gas particle constrained to evolve inside a crack. In this PhD thesis, written under the supervision of Ivan Nourdin, we prove Itô's type formulas for Z. To achieve this goal, our main tools are the Malliavin calculus, the stochastic calculus and the use of limit theorems. One of the specificity of the formula we have obtained is that they hold in law, with creation of a new alea. This manuscript consists in an introductory chapter, followed by three other chapters, each one corresponding to different results obtained along the preparation of this thesis and written is the form of research papers. More precisely: 1)In a first paper, we introduce ...
In this thesis, we study stochastic processes appearing in different areas of statistical physics: F...
To appear in "Journal of Functional Analysis"International audienceBy using Malliavin calculus and m...
Président : Jean Mémin, Rapporteurs : David Nualart et Nicolas Privault, Examinateurs : Laurent Decr...
Le mouvement brownien fractionnaire en temps brownien Z est un processus qui sert de modèle à la dif...
In the first part, we establish Itô's and Tanaka's formulas for the multidimensional bifractional Br...
The main goal of this paper is to provide a fractional stochastic differential equation modelling th...
Some of the most significant constructions of the fractional brownian motion developed recently are ...
In this paper the solutions u(nu) = u(nu) (x, t) to fractional diffusion equations of order 0 = 1, w...
We give a new representation of fractional Brownian motion with Hurst parameter H ≤ 1 2 using stocha...
In this thesis we apply the Malliavin calculus to statistical estimation of parameters of stochastic...
Abstract. A Brownian time process is a Markov process subordinated to the absolute value of an indep...
Cette thèse est consacrée à l'étude de certaines classes d'équations aux dérivées partielles stocha...
For 0 < α ≤ 2 and 0 < H < 1, an α-time fractional Brownian motion is an iterated process...
In this dissertation, we investigate some problems in fractional Brownian motion and stochastic part...
Abstract In this paper, we consider the stochastic heat equation of the form ∂ u ∂ t = Δ α u + ∂ 2 B...
In this thesis, we study stochastic processes appearing in different areas of statistical physics: F...
To appear in "Journal of Functional Analysis"International audienceBy using Malliavin calculus and m...
Président : Jean Mémin, Rapporteurs : David Nualart et Nicolas Privault, Examinateurs : Laurent Decr...
Le mouvement brownien fractionnaire en temps brownien Z est un processus qui sert de modèle à la dif...
In the first part, we establish Itô's and Tanaka's formulas for the multidimensional bifractional Br...
The main goal of this paper is to provide a fractional stochastic differential equation modelling th...
Some of the most significant constructions of the fractional brownian motion developed recently are ...
In this paper the solutions u(nu) = u(nu) (x, t) to fractional diffusion equations of order 0 = 1, w...
We give a new representation of fractional Brownian motion with Hurst parameter H ≤ 1 2 using stocha...
In this thesis we apply the Malliavin calculus to statistical estimation of parameters of stochastic...
Abstract. A Brownian time process is a Markov process subordinated to the absolute value of an indep...
Cette thèse est consacrée à l'étude de certaines classes d'équations aux dérivées partielles stocha...
For 0 < α ≤ 2 and 0 < H < 1, an α-time fractional Brownian motion is an iterated process...
In this dissertation, we investigate some problems in fractional Brownian motion and stochastic part...
Abstract In this paper, we consider the stochastic heat equation of the form ∂ u ∂ t = Δ α u + ∂ 2 B...
In this thesis, we study stochastic processes appearing in different areas of statistical physics: F...
To appear in "Journal of Functional Analysis"International audienceBy using Malliavin calculus and m...
Président : Jean Mémin, Rapporteurs : David Nualart et Nicolas Privault, Examinateurs : Laurent Decr...